Vicor NBM6123T DC-DC Converters
Vicor NBM6123T DC-DC Converters are Non-Isolated Bus Converter Modules (NBM) that provide voltage transformation and current multiplication for designs that require high efficiency and low weight. These bi-directional converters offer low noise, fast transient response, and industry-leading efficiency and power density. The NBM6123T DC-DC converters also offer flexible thermal management options by leveraging the thermal and density benefits of Vicor Converter housed in a Package (ChiP) packaging technology. These converters can be used in the applications such as DC power distributions, high-density power supplies, transportations, and communication systems.
Features
- NBM6123T46C15A6T
- Up to 160A continuous secondary current
- 36V to 46V input voltage range
- Up to 3600W/in3 power density
- 98.2% peak efficiency
- Bidirectional start-up and steady-state operation
- Parallel operation for multi-kW arrays
- OV, OC, UV, short circuit, and thermal protection
- 6123 (61mm x 25.14mm x 7.21mm) through-hole ChiP™ package
- NBM6123T60E12A7T
- Up to 170A continuous secondary current
- 36V to 60V input voltage range
- Up to 3000W/in3 power density
- 98% peak efficiency
- Bidirectional start-up and steady-state operation
- Parallel operation for multi-kW arrays
- OV, OC, UV, short circuit, and thermal protection
- 6123 (61mm x 25.14mm x 7.21mm) through-hole ChiP package
Applications
- DC power distribution
- High-end computing systems
- Automated test equipment
- Industrial systems
- High-density power supplies
- Communications systems
- Transportation
Application Circuit Diagram
Datasheets
Related Products
Vicor Automatic Test Equipment Application Products
Designed to handle the increasing demands for more efficient test capacity on the factory floor.
Vicor NBM6123E Evaluation Boards
Designed to be used with the through-hole NBM6123 ChiP family.
Vicor 48V Products
Line of DC-DC converters, ICs, and more that help easily convert to or from 48V with minimal losses.
Publicado: 2022-01-13
| Actualizado: 2022-03-11